Creating gateway model routing sub-templates

A computer implemented method for routing a plurality of conductors through a routing area on a planar surface, the method comprising;

• receiving, by the computer, data representing the routing area bounded by two opposite longitudinal sides each having a different number of a plurality of first vertices when the computer is invoked to perform the routing;
• determining, using the computer, one or more locations on at least one of the two opposite longitudinal sides for adding one or more second vertices;
• and
• performing, using the computer, a gateway model routing (GMR) of the plurality of conductors in the routing area using the plurality of first vertices and the added one or more second vertices.

A computer-implemented method for routing a plurality of conductors through a first routing area on a planar surface, the method comprising:

• receiving, by the computer, data representing the first routing area that includes one or more blockages when the computer is invoked to perform the routing;
• decomposing, using the computer, the first routing area into a plurality of second routing areas each not including any of the one or more blockages;
• and
• performing, using the computer, a gateway model routing (GMR) in each of the plurality of second routing areas.

A system for routing a plurality of conductors through a first routing area on a planar surface, the system configured to:

• receive data representing the first routing area bounded by two opposite longitudinal sides each having a different number of a plurality of first vertices when the computer is invoked to perform the routing, wherein the first routing area includes one or more blockages;
• determine one or more locations on at least one of the two opposite longitudinal sides for adding one or more second vertices;
• decompose the first routing area into a plurality of second routing areas each not including any of the one or more blockages;
• and
• perform a gateway model routing (GMR) of the plurality of conductors in the first routing area using the plurality of first vertices and the added one or more second vertices.

A computer implemented method for routing a plurality of conductors through a routing area on a planar surface, the method comprising;

• receiving, by the computer, data representing the routing area bounded by two opposite longitudinal sides each having a different number of a plurality of first vertices when the computer is invoked to perform the routing;
• determining, using the computer, one or more locations on at least one of the two opposite longitudinal sides for adding one or more second vertices;
• and
• performing, using the computer, a gateway model routing (GMR) of the plurality of conductors in the routing area using the plurality of first vertices and the added one or more second vertices.

A computer-implemented method for routing a plurality of conductors through a first routing area on a planar surface, the method comprising:

• receiving, by the computer, data representing the first routing area that includes one or more blockages when the computer is invoked to perform the routing;
• decomposing, using the computer, the first routing area into a plurality of second routing areas each not including any of the one or more blockages;
• and
• performing, using the computer, a gateway model routing (GMR) in each of the plurality of second routing areas.